Superfluorescent bursts emitted from an atomic ensemble coupled to a hollow-core fiber

Superfluorescent bursts emitted from an atomic ensemble coupled to a hollow-core fiber

When an ensemble of 83000 atoms located inside a hollow-core fiber is excited by an off-resonant pump beam, superfluoresencent bursts are observed on the Stokes transition. The emitted bursts fluctuate strongly from shot to shot in delay, amplitude, and shape. Also a ringing effect is visible, i.e.,...

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Hauptverfasser: Peters, Thorsten, Bruns, Alexander
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description When an ensemble of 83000 atoms located inside a hollow-core fiber is excited by an off-resonant pump beam, superfluoresencent bursts are observed on the Stokes transition. The emitted bursts fluctuate strongly from shot to shot in delay, amplitude, and shape. Also a ringing effect is visible, i.e., multiple bursts are emitted.
doi_str_mv 10.6084/m9.figshare.23703156
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title Superfluorescent bursts emitted from an atomic ensemble coupled to a hollow-core fiber
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